taxonomic classification
hierarchial organisizing systems based on acentral trait similarities
homoinoid clade
humans, african apes, asian apes
renamed groups
– tarsiers from prosimians to haplorhines
– muriqiui (splits into two species; southern and northern)
derived traits
distinuish a species from a last common acestor (can be homologous or homoplasy)
homology
shared drived trait (e.g. knuckle walking in gorillas and chimps)
homoplasy
an analougs trait that indepdenent evolved (e.g. trichromatic vision in catahrrines and howler monkeys)
what causes changes in traits to occur
mutations
types of evolution
analogous/convergent/parallel evolution
social evolution
cultural evolution
homologous evolution
old classification
based on PHENETIC/convergent similairites (apperance)
prosimians
lemurs
lorises
tarsiers
(paraphyletic clade)
anthropoids
nw world monkeys
old world monkeys
apes
new classification
is the cladistic classifcaiton (monophyletic)
strepsirhines groups
lemurs
lorises
strepsirhines aspects
haplorhine groups
anthropoidea groups?
new world monkeys (playyrrhines) and (catarthines: old world monkeys + apes)
catarrhine sub broups
old world monkeys
apes
old world monkeys sub groups
cercopithecines
colobines
apes sub groups
large apes
small apes
haplorrhine aspect
anthropoid aspects
larger brains
distinct brain achitecture
platyrhinne aspects
flat nose
round nostrils
catarrhine aspects
downward facing nose
comma-shaped nostrils
taxonomic suffixes
subfamily= -nae family= -dea superfamily= -oidea